Warehouse Logistics Picking and Placing Robot ROBOTERA New Full-Size Bipedal Humanoid Robot L7
The ROBOTERA L7 Full-Size Bipedal Humanoid Robot represents the next generation of advanced robotics, integrating cutting-edge AI, high-performance actuators, and human-like motion control. Designed for research, industrial service, and intelligent manufacturing applications, the L7 robot demonstrates exceptional balance, agility, and interaction capabilities.
With its full-sized anthropomorphic structure and real-time motion control system, the ROBOTERA L7 sets a new benchmark in humanoid robotics for both laboratory development and practical deployment in industrial environments.
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Human-Like Motion Control: Achieves smooth and natural walking, running, and complex manipulation tasks.
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Full-Size Design: Comparable to the human body, suitable for ergonomics testing and human-robot interaction research.
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AI-Powered Autonomy: Built-in AI system for motion planning, visual perception, and adaptive decision-making.
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High-Torque Joint Actuators: Custom-designed actuators provide exceptional precision and stability in motion.
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Real-Time Control System: Ensures high-speed data processing and coordinated motion of 20+ degrees of freedom.
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Modular Structure: Easy maintenance and flexible customization for different research and industrial purposes.
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Advanced Sensors: Equipped with IMUs, force sensors, stereo vision, and LiDAR for enhanced perception and navigation.
| Parameter | Specification |
|---|---|
| Model | ROBOTERA L7 |
| Type | Full-size bipedal humanoid robot |
| Height | 1.75 m |
| Weight | 68 kg |
| Degrees of Freedom (DoF) | 28 |
| Walking Speed | Up to 5 km/h |
| Actuators | Integrated electric joint actuators |
| Control System | Real-time distributed control with AI motion planning |
| Power Supply | Lithium battery (swappable) |
| Operating Time | 1.5–2 hours continuous operation |
| Communication | Wi-Fi / Ethernet / 5G compatible |
| Sensors | Vision, IMU, torque, and touch sensors |
| Software Platform | Open SDK with ROS2 / Python / C++ support |
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Industrial Automation Assistance: Performing complex assembly or inspection tasks in flexible environments.
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R&D and Education: Ideal for robotics research, AI motion learning, and human-robot interaction studies.
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Logistics and Handling: Suitable for warehouse handling and dynamic object manipulation.
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Public Service & Demonstration: Used for exhibitions, customer engagement, and advanced humanoid simulation.
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Realistic human-like dynamics with precise motion control
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AI-based adaptability for unstructured environments
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Flexible software integration for academic and industrial use
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Advanced perception system enabling spatial awareness and object recognition
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Global technical support and fast delivery from Dr. Industry Group
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Official distributor with global export experience
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Professional technical support team with robotics integration expertise
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In-stock supply for prompt delivery worldwide
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Competitive pricing for both research institutions and enterprise clients
Contact Email: edwardzhao@gbsxj.com
Phone/WhatsApp: +86-15000725058
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